Study on encryption methods to secure the privacy of the data and computation on encrypted data present at cloud

Nagesh, H. R.; Thejaswini, L

doi:10.1109/icbdaci.2017.8070868

Cited by 6 publications

(3 citation statements)

References 8 publications

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“…Research Findings Qiu, Lu, & Lin (2019) Analysis of cryptography using fuzzy method Guo et al (2019) Efficiency during connection through node to node by applying blockchain Lou et al (2018) Blockchain application in trust model NDN (Named Data Networking) Dave et al (2019) Wide application by using blockchain, but less implementation because of some disadvantages Preece & Easton (2018) Virtual machine modification inside blockchain programming language Alharby, Aldweesh, & Moorsel (2018) Smart contract blockchain for every sector Zhang et al (2019) Data security to deal with blockhain widely Wang, Tian, & Zhu (2018) Data encryption to ensure the authenticity of data on the blockchain network Holtkemper & Wieninger (2018) Types of company data to be stored in a blockchain network Nagesh & Thejaswini (2017) Data security by using AES Algorithm Bak, Pyo, & Jeong (2019) Data encryption with EGG integrity blockchain Yi (2019) Machine learning algorithm and blockchain encryption for instant message…”

Section: Authormentioning

confidence: 99%

Data Encryption Algorithm Aes by Using Blockchain Technology: A Review

Hidayat

Mahardiko

2021

baca.j.dok.inf.

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Blockchain is used as encryption algorithm in cryptocurrency, but less researches are found to study blockchain for data encryption. Data encryption is needed to protect the data from data theft. We know about data encryption, there are RSA, LEAP, AES, and other algorithms. This research proposed a review in AES algorithm for data encryption within blockchain technology. The research process is followed by determining library, then creating relevant questions and criteria. For good opportunity in the future, this paper generated suggestions and opportunities so that better research can be established in data encryption.

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Section: Authormentioning

confidence: 99%

Data Encryption Algorithm Aes by Using Blockchain Technology: A Review

Hidayat

Mahardiko

2021

baca.j.dok.inf.

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“…These risks can be minimized by implementing adequate data encryption techniques [28] which are already very popular and are used for privacy of medical data, genetic, and insurance data. Private data of users can be protected against decryption of data to expose their identity.…”

Section: B User Data Encryptionmentioning

confidence: 99%

Impact of Privacy Issues on Smart City Services in a Model Smart City

Abosaq¹

2019

ijacsa

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With the recent technological development, there is prevalent trend for smart infrastructure deployment with intention to provide smart services for inhabitants. City governments of current era are under huge pressure to facilitate their residents by offering state of the art services equipped with modern technology gadgets. To achieve this goal they have been forced for massive investment in IT infrastructure deployment, eventually they are collecting huge amount of data from users with intention of providing them better or improved services. These services are very exciting but on the other side they also pose a big threat to the privacy of individuals. This paper designed and simulated a smart city model. This model is connected with some mandatory communication devices which also produce data for different sensors, Based on simulation results and possible threats for alteration of this data, it suggests solution for privacy issues which are to be considered at top priority to ensure secrecy and privacy of smart city residents.

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“…therefore the security of this information has become an essential necessity to preserve the authenticity and confidentiality of the messages transmitted and to avoid the intrusion of unauthorized persons, the technique ensuring this protection is called cryptography. Several encryption methods have been developed to solve the security problem (Nagesh & Thejaswini, 2017). They can be classified according to key types into two main families: symmetric and asymmetric cryptography.…”

Section: Introductionmentioning

confidence: 99%